Armstrong 1200056623 Tru-Trac SU All-Season High Performance Tire 265/45R21 108W XL

The Armstrong Tru-Trac SU is a high-performance all-season tire engineered specifically for CUVs, SUVs, and crossovers. This performance and high performance, all season tire delivers exceptional year-round traction and handling for drivers who demand both comfort and capability from their tires.

Key Features:

• Asymmetric Tread Design: The asymmetric tread design's siping detail and the all season tire compound work together to increase the dry, wet, and winter weather road gripping ability
• Wide Footprint: Puts more rubber on the road to enhance stability, wet grip, and resistance to uneven wear
• Cross-Linked Sipes: Inner rib sipes bite into the road surface for improved traction while reducing rolling resistance for better fuel efficiency
• Reinforced Sidewall Construction: Maintains the tire's optimal shape at all times and absorbs the shock of driving which lowers the road vibrations felt in the vehicle's cabin
• Circumferential Grooves: Disperse water and slush from below the tire's footprint to improve the wet and winter weather traction and prevent hydroplaning
• Enhanced Handling: The wider footprint keeps road contact constant, and the stronger sidewall construction prevents shape deformation, boosting steering response time and accuracy

Warranty Coverage: Armstrong provides a 65,000 mile treadwear warranty with this model. The brand promotes a limited 6-year warranty covering manufacturing defects and provides a road hazard warranty and 24/7 roadside assistance for the first 2 years after purchase.

Specifications:

• Size: 265/45R21
• Service Description: 108W
• Load Range: XL (Extra Load)
• Ply Rating: 4-Ply
• UTQG Rating: 440AA
• Sidewall: BSW (Black Sidewall)
• Manufactured in Thailand

The Armstrong Tru-Trac SU combines fuel-efficient performance with comfortable ride quality, making it an excellent choice for daily driving and long-distance highway travel. The tire's excellent traction eases driving pressure, decreasing rolling resistance, which lessens the vehicle's fuel consumption and CO2 emissions.